Asked by Meyber Mendieta on May 09, 2024
Verified
For reasons of geometry, the projected images of nearby objects move more than those of distant ones. Also, the direction of movement across the retina depends on where we are pointing our eyes. Points closer to us than the target of our gaze appear to be moving in a direction opposite to our own; points farther away appear to be moving in the same direction we are. These patterns of movement provide another distance cue called __________.
A) interposition
B) motion parallax
C) synesthesia
D) apparent movement
Geometry
A branch of mathematics concerned with the properties and relations of points, lines, surfaces, solids, and higher dimensional analogs.
Motion Parallax
A depth cue that arises from the relative movement of objects as the observer moves, allowing the brain to gauge distance.
Distance Cue
Visual or auditory signals that help an observer judge how far away an object or sound source is.
- Understand the phenomenon of motion parallax and its role as a depth cue.
Verified Answer
SK
Shreya KanjariyaMay 14, 2024
Final Answer :
B
Explanation :
The patterns of movement described in the paragraph are known as motion parallax, which provides a depth cue based on the relative movement of nearby and distant objects as the observer moves their gaze or themselves. Interposition, synesthesia, and apparent movement are all different perceptual phenomena that do not relate to the specific patterns of movement discussed in the paragraph.
Learning Objectives
- Understand the phenomenon of motion parallax and its role as a depth cue.